My number is 45678 and write full solution for this task. Please dont write in which part what should I do. I need full solution.

Design a Sequential circuit in Logisim which has two HEX displays and operates as follows: The first display shows the numbers in the number sequence provided in the Excel file (individual for each student) with the given order. Each time when the first display changes to a new number in the sequence, the second display should count starting from zero up to the number in the first display. When the second display reaches the first display, the first display changes to the next number in the sequence (if it reaches the end of the sequence, then it returns to the beginning again). For example, if your number sequence is 7, 2, 5, 3,6 then the first display starts at 7. Second display starts counting from 0 to 7 . After it reaches 7, the first display changes to the next number in the sequence which is 2, and the counter (send display) starts again counting from 0 up to 2 . When it reaches 2 , the first display changes to 5 and counters starts again to count from 0 to 5 . When the first display reaches the end of the sequence (which is 6 ) it returns to the beginning of the sequence (i.e., the next number is going to be 7). Circuits should work synchronously, so that when the counter reaches the first display, the changes take place with the next clock rising edge (so the displays show the same number for one clock cycle). You need to submit one pdf file containing your design steps: state diagrams, Karnaugh maps, etc., and one .circ file containing your Logisim circuit. Below is given an example architecture for designing the overal system. Design a Sequential circuit in Logisim which has two HEX displays and operates as follows: The first display shows the numbers in the number sequence provided in the Excel file (individual for each student) with the given order. Each time when the first display changes to a new number in the sequence, the second display should count starting from zero up to the number in the first display. When the second display reaches the first display, the first display changes to the next number in the sequence (if it reaches the end of the sequence, then it returns to the beginning again). For example, if your number sequence is 7, 2, 5, 3,6 then the first display starts at 7. Second display starts counting from 0 to 7 . After it reaches 7, the first display changes to the next number in the sequence which is 2, and the counter (send display) starts again counting from 0 up to 2 . When it reaches 2 , the first display changes to 5 and counters starts again to count from 0 to 5 . When the first display reaches the end of the sequence (which is 6 ) it returns to the beginning of the sequence (i.e., the next number is going to be 7). Circuits should work synchronously, so that when the counter reaches the first display, the changes take place with the next clock rising edge (so the displays show the same number for one clock cycle). You need to submit one pdf file containing your design steps: state diagrams, Karnaugh maps, etc., and one .circ file containing your Logisim circuit. Below is given an example architecture for designing the overal system